Beehive.



A. B. ANTHONY. BEEHIVE.

APPLIOATION FILED 00T. 1o, 1911.

,036,950. Patented Aug. 27, 1912.

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BEBHIVB. APPLIU'ATION FILED 00T. 10, 1911. 1,036,950, Patented Aug. 27, 1912.

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BEBHIVB.

APPLIoATIoN FILED ooT.1o. 1911.

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APPLICATION FILED 00T. 10, 1911.

1,036,950, Patented Aug. 27, 1912.

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ALBRT B. ANTHONY, or sreemne, LLrNoIs.

BEEI-IIVE.

ToaZZ whom t muy concern.' Be it known that I, ALBERT B. ANTHONY', a citizen of the United States, residing at Sterling, in the county of Whiteside and 'construction and manipulation will be ap-l fparent from the description hereinafter gwen State of Illinois, have invented certain new and useful Improvements in Beehives; of which the following is a specification.

My invention relates to beehives and the object thereof is to produce a beehive embodying many novel and useful features of construction and mode of manipulation as compared with the usual and well known type of beehive.

Speaking in general terms my beehive comprises a brood-frame chamber or case supported on and detachable from a stand and containing a series of brood frames pivotally suspended therein, the case being sectional with the result that when suchchamber is tilted on its end by a suitable instrument and the lowermost section is removed,` all of the brood frames are exposed and readily accessible for examination as to queen cells, diseased brood, etc., and examination in general with regard to amount of honey or brood contained. As is well known it is important that the brood frames be eX- amined quite frequently and that this work be done with rapidity in order to economize time and to prevent chilling of the brood in4 cool weather and robbing by robber bees from other hives particularly in times of` honey scarcity. Moreover the brood frames are so suspended or pivoted that they may be readily detached from their bearings and removed either from the top or bottom of the brood chamber. Furthermore, the construction and arrangement of the parts of my beehive are such that the brood frames are eXaminable without the necessity of removing the supers or exposing the top por` tions of the brood frames, thereby preventing robbing by robber bees and permitting the operators work to proceed with eXtreme facility and without interruption. I prefer to incline the brood chamber to the horizontal and to divide such chamber or case on a diagonal plane. In connection with a hive of this structure I provide a novel construction of comb honey surplus case or super which is adapted to rest upon the top of the brood chamber and also to litover and upon and to surround such chamber to afford pro- Specication of Letters Patent. Pad-ganted Aug, 27, 1912, Application filed October 10, 1911.

Serial No. 653,375.

tection in thecold seasons' of the year and when not required to hold the surplus honey y Iframes.

Other novel and advantageous features of In thedrawings Figure 1 is a perspective `of a beehive embodying my invention and illustrating a single super thereon; Fig. 2 an end elevation thereof showing in position 'the frame or instrument for turning the hive over upon its end; Fig. 3 aside elevation of lthe hive and instrument illustrated in F ig.

2; Fig. 4 a central vertical cross section of the hive; Fig. 5a perspective of one of the honey frames; Fig. `6 a perspective ofone of `the brood frames; Fig. 7 a detail ofone of `a plan view of the hive when turned `over on `its end and showing the lower section of the brood chamber removed; Fig. 13 a side ele- `vation of the hive illustrated in Fig. 12; Fig.

le a detail of a part of the hive-turning instrument; Fig. 15 a plan view of the brood chamber and brood frames therein; Fig. 16 an elevation of a portion of a beehive show `ing manner of attaching two or more supers; Fig. 17 a detail view of one of the retainers shown in Fig. 16 for holding the uppermost super in place; Fig. 18 a perspective of' one of the honey boxes; Fig. 19 a `sectional elevation of the hive showing the employment of three supers telescoping the brood chamber for protection purposes; Fig. 20 a detail view of a portion of a strip used in the structure illustrated in Fig. 19; and Fig. 21 a detail view showing the method of interlocking the two sections of the brood chamber.

For the purpose of a clear and definite disclosure of my invention, I will proceed to 4describe the same in connection with myl present form and construction of beehive as herein illustrated but it will be understood that I do not intend to limit myself specilil such yangle may be varied as desired. Upon this stand is supported the brood chamber or case which is made in two sections 2 and fwhich are complementaryso as to form the brood chamber rhomboidal in cross section "as indicated in Fig. 4, the line of division being in a plane oblique to the horizontal and substantially diagonal of thechamber. The section 2 is provided with a bottom 2a which closes the chamber thereat except for the lower bee bpening 2" and the upper bee opening 2c. The purpose of having two. such openings or entrances 'in the l opposite sides of the hive and their different heights will be hereinafter madey apparent. The two sections of the chamber or case are interlocked one with the other by suitable rabbets and w at the meeting four corners of such sections in the manner indicated in Figs.`"1, 4.and 21 thereby insuring tight fitting between 'the two sections and at the same time preventing sidewise slipping and displacement of such sections. The lower f section 2 is likewise interlocked with the stand in suitable manner as by means of the tongue or projection 2d fitting upon the rabi bet 1b along the higher side of the stand, Figs. l and 4. The stand may be provided with the usual alighting boards 1c and la.

Within the brood chamber or case are ar-= ranged the series of brood frames 4 which are suspended at their upper portions and -in an offset or offcenter manner. As shown in detail in Fig. 6 each brood frame is substantially rectangular except that its top and bottom are inclined to correspond with the inclination of the brood chamber and to leave bee space all around them including particularly bee space between their lower edges and the bottom 2a and also above the top edges thereof. These brood frames are pivoted at their upper portions and on one side by suitable bearing members which cooperate with bearing members in the upper inner ends of the upper section 3. In the present instance, I provide one of the upper corners of each brood ramewith a horizontal bearing pin 5 and the other upper corner with a plate er hinge 6, bot-h of them being suitably secured thereto. The bearing pins 5j are adapted to be received" in sockets 3 near the top edge of one end of the upper section 3, by preference a thin piece of sheet metal 3 being secured along the line of the sockets which pass therethrough'. The plate or hinge 6 is of the irregular shape shown n Figs. 6 and 7, the same having a recess 6iL adapted to fit upon its bearing pin 7 near the adjacent top edge of the other end of the brood chamber, Fig. 8. This plate 6 is so formed as to provide a shoulder 6b adapted to` contact the exposed end of the bearing pin 7, thereby preventing endwise movement of the brood frame. It will be understood that any one of the brood frames may be readily and quickly detached fromy its bear-' vings and removed from the brood chamber by merely raising one corner of the frame upwardly to release the plate or hinge 6 from its bearing pin, then swinging such corner laterally to a slight extent and then moving the trame endwise to release the bearing pin 5 from its socket. rIhe entire frame is now free to be removed and this can be done either from the top after the cover or super has been rremoved or from the bottom of the brood chamber when the latter has been turned over on its end in a manner hereinafter explained. In practice and by preference I provide more space between the one end of the brood chamber and one end of the brood frames, such wider space being shown at the left hand end of the brood frames in Fig. 8. The object of this arrangement is to give suicient bee-space to prevent crushing of the bees when the brood frames are operated in the manner just described;

By pivotally suspending the brood :trames the same swing to a vertical position and in order that they may swing a little beyond such position the bearing members thereupon are attached oii'center, the tendency ot the frames being thereby to swing toward the left when viewed as in Fig. 4. In order to limit this, swinging movement of the frames and to distance them properly and uniformly, I provide suitable limiting means or stops which here consist of the'series of horizontal pins 8 projecting inwardly from opposite ends of the lower section 2 of the brood chamber as clearly indicated in Figs. 4 and 8. Thus it will be seen that the brood frames will come to rest when their lower edges are in contact with these pins as seen in Fig. 4.

As clearly shown in Fig. 4, the brood frames are pivotally supported at their'upper ends within the brood chamber case and in a plane which is oblique to the horizontal. It results from this construction that the distance between the points of pivotal support of adjacent frames is greater than the spacing distance between the frames, that is to tures of my invention but before describing the manipulation of the hive I will proceed to describe the entire structure herein shown including the super or supers. The super 10 is of rect-angular form and of peculiar construction and dimensions so as to telescope or fit over the brood chamber when requiredfor cold weather protection. As clearly shown in Fig. et the lowermost top edge of the section 3 and the lowermost bottom edge of the super are interlocked in suitable manner, as by means of the rabbet l0n and tongue 3C shown in Fig. et, with the j result that the super is held in `place and prevented from slipping downwardly with respect to the brood chamber. The super is preferably provided along its opposite bottom edge with another rabbetl0a so that the position of the super may be reversed in order to cause the `bees to `lill the honey boxes uniformly throughout the super in seasons of slow honey flow or during cool weather. In the usual type of hive, as is well known, the filling of the middle of the surplus case is frequently much in advance of the surrounding portions while 1n my 1n yclined type of hive, the higher side has the bees preference owing to the greater warmth thereat. My reversal of the super therefore tends to equalize work therein. lThe top or c over 9 rests upon the super as shown lin Figs. l and i and the sameis provided with a flanged edge 9a to hold the same in place. Supported in the super upon the cleats or projections 10b is arranged a series of honey frames ll, one of which is shown in detail in Fig. 5. These frames are rectangular and provided at one side with a series of slats or separators 1la and the same are adapted to receive honey boxes 12, three of the boxes being received by each frame. Each of these frames is provided at two of its corners with vert-ical distance strips or cleats 11b in order to provide for the proper amount of bee space between the frames and also with blocks llC in order to keep the honey boxes in place, particularly when the position of thesuper is reversed. Each frame is also preferably provided with strips 111 to space the boxes back from the separators 1la to the extent of a half bee-space and thereby cause the bees to sufliciently till that side ofthe box without filling it iush. This is also of advantage in crating the boxes. Forholding these frames compactly together, I provide a follower plate or board 13 which is spring-pressed against the frames in suitable manner as by means of the two curved springs 14, which are readily insertible and removable in place. In order to provide the proper bee space the follower board is provided with the vertical strips or cleats 13a.

@wing to thewell known habit of. bees of gummmg or gluing up with propolis every crevice and contactpoint in a hive, I have constructed my super and section frames with the least possible number and extent of contact points. are contact or gluing points at the section frame ends only, excepting for slight con tacts at the `blocks llc, Figs. `5 and 9, with the result4 that owing to the lesser amount of stuck-up surface, the apiarist is enabled to the more easily remove any part of the super contents for any purpose desired. Moreover, under my construction the bees are afforded full communication between the sections.

In order to permit the super to lit over the brood chamber t-he same is made `in the inanner and in the general proportions illustrated in Figs. 8, 9 and 19 wherein it is seen that the two ends l()b and 103 are of unequal thickness, the former being the thicker. vWhen the super is in position upon the top of the brood chamber it is supported by the latter, the ends of the super projecting slightly beyond the ends of the brood chamber, the thicker' end l0b making closed joint with the top edge of the brood chamber 'and the thinner end l0C of the super making closed joint with the brood chamber but projecting therebeyond. However, the brood chamber is closed along this end or edge by means of the follower board 13. Then the honey .frames and board are removed from the super, the latter can be telescoped Vor fitted over the obliquely positioned brood chamber by holding such super in a horizontal position and then lowering the same over the brood chamber. By using a plurality of these supers as seen in Fig. 19 and also employing the top or cover 9 a complete protecting inclosure for the brood chamber is formed, the space being properly filled with chaff or the like as is usual in protection of beehives. When thus using the supers I prefer to provide strips acting like weather strips and formed as shown in Fig. 20 wherein a strip l5 of cloth or other suitable material is clamped between and secured to a metal strip 16, said strip being received in grooves 17 formed at the junction between the bottom section 2 and the bottom board. Thus when the supers are fitted over the brood chamber as seen in Fig. 19, the space between is closed and sealed by these strips.

Then the beehive is constructed as above explained the same may, if desired, be manipulated in the usual way, that is by removing the cover and also the super if used and then removing the brood frames, but for the purposes of ready and rapid examination of these frames by merely swinging them in position for examination without removing them, I employ means for tilting over onto one end the entire beehive with the exception of the stand and then merely In my construction there removing the bottom section 2 of the brood chamber as shown in Figs. 12 and 13. The

' device or instrument which I prefer to provvide for this turning or tilting of the beehive on end is illustrated in Figs. 2, 3, 12, 13 and 14, the same consisting of a frame 18 which is hinged by means of the two hinges 19 to a cross piece 20 at the lower or inner end thereof. This cross piece is provided with a. depending portion 2Oa which is adapted to fit in the space formed by the two projecting portions 1e and the cleats 1f of the stand while the ends of the cross piece 20 rest upon they top thereof. To the frame 18 is secured a vertical strip 21 which is provided on its inner side with a transversely arranged and inclined block 22 which is of a size and shape to enter the hand hole 23`in the upper section 3 of the brood cha-mber. This strip 21 has a slight movement or adjustment with respect to the frame by reason of the bolt and slot connection between it and the cross piece 18a of the frame, the boltbeing indicated at 24 and the slot, which is in the strip 21, being indicated at 21a. For the purpose of adjusting or moving this strip, I provide a cam 25 having a handle 25V and pivoted to the strip 21 by the samebolt26 which secured the block 22 thereto. This cam is adapted to press upon the cross piece 18a and to thereby lift the strip 21 and the same is used in order that when the hive is swung back into place it shall properly mount the stand and not drag over it, thereby avoiding possible breaking of strip 2d and enabling the hive to better take its place upon the stand. The instrument is also provided with a spring 27 adapted to be detachably secured to the frame intermediate its length, at one of several different points, and in a position to press rather firmly upon the top or cover of the hive and thereby hold it in place in the turning movement. As shown in Fig. 2,

one of the side bars of frame 18 has a series of sockets 27u to receiv-eone end of the spring 27 the latter being thereby adjustable in position to accommodate the height of the hive as determined by the presence of supers and the number thereof. By preference the instrument is also provided with a combined handle and rest, the same consisting of a bar or strip 28 passing through the upper end or cross piece 18h of the frame transversely thereof, and adapted to be held in different adjusted positions. The inner side of the frame is preferably formeel with two inclined shoulders 18c at different heights and adapted to tit under the lowermost super. As shown in detail in Fig. 14 the bar passes through the enlarged opening 18C and when in its right-angled position to which it is pressed by means of the spring 29 one of its series of notches 282L is engaged by the edge of a plate 30.y The bar or handle is released from such engagement by swinging the handle against the tension of the spring 29 and then moving the same up or down to the proper position. The lower end of this handle is adaptedy to rest upon the ground as shown in Fig. 13 while the upper end thereof is fashioned as a handle to furnish a grip for the operator in handling the instrument and turningthe hive. The device may also be provided with a spirit level or the like 18e as it is desired that the instrument beslightly below level at its other end.

In practice the instrument or tool described is first applied in vertical position to the hive as illustrated in Figs. 2 and 3 at which time the instrument rests upon the stand 1 and the block 22 enters the hand hole 23. The operatorwith one hand in the lower hand hole in the opposite end of the hive now tilts the instrument and hive over on its end to the position indicated in Figs. 12 and 13 and then removes the lower sect-ion 2 of the brood chamber which is separable and detachable from both the stand and its companion section. This leaves the brood frames subject to opening to full exposure, the same being .shown partly open in Fig. 12 and being particularly exposed at the bottoms where the queen cells-are located. The instrument is given the inclination illustrated in Fig.V 2 in order toy accommodate the general inclination of the hive, and the preferred construct-ion is such that the lower right-hand corner shown in Fig. 12 is a little lower, so as to give a corresponding inclination to the brood frames, with the resultv that these frames will lie in their normal position or to any manipulated position such as that shown by two of them in Fig. 12, and will remain in those positions until moved by the operator. In this manner and by these means the brood frames can be examined very easily and very quickly, which is a great desideratum, especially where a large number of beehives have to be examined from time to time, particularly for the destruction of queen cells to prevent swarming. After the described examination the lower section 2 is replaced, and the instrument, together with t-he attached hive, is tilted back to its original position, and the instrument removed. In the above described operation the cam is moved just before the hive, is turned over, so that he brood chamber will be raised somewhat above the stand to prevent injury to the parts when the hive is turned back to normal position. At the proper time the cam 1s operated in the opposite direction and the hive proper lowered to normal position.

Either side of the hive may be used or considered as the front, as either of the two bee entrances maybe employed. It will beV understood that one entrance at a time is Vhoechst employed, the other being closed. One or the other entrance is used, according to the workings of the bees in the hive, so that the honey frames shall be filled uniformly. As is well known, bees put their honey above and back of the entrance, and their brood adjacent thereto. Advantage is taken of this fact by using the higher entrance in the warm and honey gathering season of the year, thereby having the-m work in the super rather than to favor them with a high and remote brood frame region for honey storage at the expense of the supers. The lower entrance is used when little or no honey is coming in, as in cool seasons. My construction of hive, moreover, enables me to employ a rat-her shallow brood chamber with the advantage of thedeep ones.

rlhe above described manner of pivotally suspending the brood frames, particularly the oft center pivoting thereof, is advantageous, not only in the turning of the frames for examination purposes, but also in the spacing of the frames, inasmuch as such peculiar pivoting of the frames causes them to tend to swing by gravity beyond a perpendicular position until they come into contact with the stop pins. Moreover, this construction and arrangement of the brood frames affords the leastpossible chance of the bees sticking the frames with propolis. Furthermore, the described construction of each brood frame is such that in `the :operation of obtainingv extracted honey, the uncapping knife can be readily and advantageously employed, inasmuch as no frame-spacing device is present to interfere.

When an extracting-super is used, the same may be made similar .to the brood chamber or case and provided with 1frames similar to the brood frames, with the eX- ception that, if desired, the extracting-super and its frames may be made somewhat shallower. Such an extracting-super or supers may be mounted upon the brood chamber.

As shown in F ig. 16, a plurality of supers may be used in which event I employ detachable retainers 31 of the form shown in Fig. 17, preferably two of them being located in the lowermost side joint between the two supers. Each retainer is here shown as made of sheet metal with a portion thereof bent to form the two shoulders or iianges l1a and 31", the former fitting against the inner edge or face of the lowermost super and the other against the outer edge or face of the uppermost super. the flat body of the retainer being in said j oint between the supers.

I claim:

1. In a beehive, the combination, with a brood chamber case, of brood frames pivoted therein and removable therefrom `either `from above or below.

2. In a beehive, the combination, with a brood chamber case, of brood frames pivotally suspended ofi' center therein and removable therefrom either' from above or below.

S. In abechive, the combination, with a brood chamber case, of brood frames pivoted ott center therein, and means'for limiting the movement thereof.

t. In a beehive, the combination, with a brood chamber case open at top and bottom, of brood frames pivotally suspended therein from their upper ends and removable therefrom either from above or below.

5. In a beehive, the combination, with a brood chamber case open at top and bottom, of brood fram-es pivoted at their upper corners to the upper portion of the case and removable therefrom either from above or below.

6. In a beehive, the combination-`with a brood chamber case, with its top and bottom planes oblique with the horizontal, of brood framespivoted at their upper ends in said plane.

7. In a beehive, the combination, with a brood chamber case Awith its top and bottoni planes oblique with the horizontal, of brood frames spaced apart and pivotally supported within the case, the distance between the pivotal supports of adjacent framesV being greater than the spacing' distance between the frames, the frames being pivoted at their upper ends in a plane parallel to said planes.

8. In a beehive, the combination, wit-h a` brood chamber case, of brood frames pivoted therein and having a limited endwise movement, the `ends of the frames being spaced from the sides of the case a greater distance at one end than at the other.

9. In a beehive, a brood chamber case divided into upper and lower sections which are separable from each other, and brood frames pivoted in one of the sections and removable from either above or below.

10. In a beehive, a brood chamber case divided into upper and lower sections which are separable from cach other, and brood frames' pivotally suspended in the upper vsection and removable from either above or below.

1l. In a beehive, a brood chamber case `divided along a plane oblique to the horizontal into upper and lower sections which are separable from each other, and brood frames pivoted in one of the sections and removable from either above or below.

12. Ina beehive, a brood chamber case divided along a plane oblique to the horizontal into upper and lower sections .which are separable from each other, and brood frames pivotally suspended in .the upper section and removable from either above or below. u

13. In a beehive, a brood chamber V.case divided into upper and lower sections which ioo ilo

are separable from each other, and brood frames pivoted oit center in the upper section. i

14. "In a beehive, a brood chamber case divided int-o upper and lower sections which are separable from keach other, brood frames pivoted oil center in the upper section, and means Jfor limiting the movement thereof.V

15. In a beehive, a brood chamber case divided into upper and lower sections which are separable from each other, brood frames at their upper portions pivoted o center in the upper section, and means cooperating with the lower portions for limiting the movement thereof.

16. In a beehive, a brood chamber case divided into upper and lower sections which are separable from each other, brood frames pivotally mounted oil' center in the upper section, and means located in the lower section and cooperating with the lower portions of the brood frames for limiting the movement of the latter;

17. In a beehive, a.brood chamber case divided into upper and lower sections which are separable from each other, brood frames pivotally mounted ott center in the upper section, and a series of pins located in the 'lower section and arranged to cooperate lwith the lower portions of the brood frames` to limit their movement. v

18. In ay beehive, a brood chamber case divided into upper and lower sections which are separable from each other, and brood frames pivotallyT mounted in and detachable from the upper section.

19,'In a beehive,- a brood chamber case divided into upper and. lower sections which are separable from each other, and brood frames pivotally mounted in the upper section, such latter section being open at top and bottom and the frames being removable through either top or bottom.

20. In a beehive, a brood chamber case divided into upper and lower sections which arey separable from each other, and brood frames pivotally mounted in the upper section, such latter section and the upper por-. tions of the frames having at their opposite sides coperatingrpins and sockets for the pivotal connection between such sections and the frames, said case being open at top and bottom and the frames beingl 'removable from either top or bottom.

21. In a beehive, a brood` chamber case, brood frames pivotallr7 mounted therein, and means for so pivoting theframes and permitting ready detachment and removal of the frames from either top or bottom of' the case.`

22. In a beehive, a brood chamber case. Vbrood frames arranged' within the case. and bearing members coperating with the frames and case for providing pivotal suspension of the frames, one set ot bearing members being arranged to prevent substantial endwise movement of the frames.

23. -In a beehive, a brood chamber case, brood frames arranged within the case, the upper portion of the case having at one end a. series of sockets and the brood trames having at the corresponding end a series of bearing pins received by such sockets, and such upper portion of the case having at its other end a series of bearing pins and the brood frames having at that end bearing members cooperating with the last mentioned pins. A

24. In a beehive, a brood chamber case, brood frames arranged within the case, and coperating bearing members in the upper portion of the case and on the frames for the pivotal suspension of the latter, the bearing members on the frames being off center and the frames being removable from either top or bottom of the case.

9.5. In a beehive, a brood chamber case` brood frames arranged within t-he case, and coperating bearingv members in the upper portion of the case and on the Jframes for the pivot-al suspension of the lat-ter, the bearing members of the frames being located on one side of the upper portions thereof and the frames being removablevfrom either top or bottom of the case.

26. Inal beehive, a brood chamber case.I brood frames arranged within the case, and bearing members coperating with the trames and case for providing pivotal mounting of the vframes, one set of the bearing members comprising a pin on the case and a plate on a frame, the plate having a notch to receive the pin and also having a shoulder adapted to bear against the end of brood frames arranged within the case, and

bearing members cooperating with the frames and case for providing pivotal mounting ofthe frames, one set of the bearing members comprising a pin on the case and a plate secured to a frame and having a notch arranged to receive the pin for beariing purposes.

29. In a beehive, a brood chamber case. brood frames arranged within the case, and bearing members coperating with the frames and case for providing pivotal mounting for the frames, one set of the bearingy members comprising a pin on the case and a plate secured to a frame and arranged to bear upon the pin, said plate having means for preventing endwise movement ot' the frame.

30. In a beehive, a brood chamber case divided into upper and lower sections which interlock with and are separable from each other, and brood frames pivoted in one of the sections.

31. In a beehive, a brood chamber case divided into upper and lower sections which are separable from each other, the lower section being closed at its bottom except for bee entrances at its lower side edges,'and the other section being open at both top and bottom, and brood frames pivoted in one ot the sections.

In a beehive, a brood chamber case divided into upper and lower sections, and a series of brood frames which are` pivoted in the upper section in a plane oblique to4 the horizontal.

33. In a beehive, a brood chamber case divided along a plane oblique to the horizontal into upper and lower sections, and a series of brood frames which are pivoted in the upper section in a plane also oblique to the horizontal.

84. In a beehive, the combination of a `stand having a supporting surface which is oblique to the horizontal, a brood chamber case mounted in such stand in oblique position and opening at its top and bottom, and brood frames pivoted within such case and removable therefrom from `either above or below.

85. In a beehive, the combination, with `the brood chamber case, of a super open at brood chamber case positioned oblique to the horizontal, brood frames therein, and a super open at top and bottom and adapted to fit upon the case as a surplus case, and to also surround the same as a protection, said case and super having interlocking engagei ment.

38. In a beehive, the combination of a.

brood chamber case positioned oblique to the horizontal, brood frames therein, and a super open at top and bottom and adapted to iit upon the case as a surplus case, and

`to also surround the same as a protection,

, adapted to close the opening thereat.

4:0. In a beehive, the combination of a brood chamber case, brood frames therein,

and a super open at top and bottom and adapted to fit upon t-he case as a surplus case, the super having an opening of a size to fit over the brood chamber case and thereby surround the same as a protection, a

series of frames within the super, and a spring pressed follower arranged at one end of the frames to close the opening thereat and to hold the frames together.

11. In a beehive, the combination of a brood chamber case, brood frames therein,

and a super open at top and bottom and `adapted to iit upon the case as .a surplus case, the super having an openingl ot' a size to` t over the brood chamber and having g one of its end walls thinner than the other,

a series of frames within the super, and a follower arranged at that end of the super `having the thinner wall and adapted to bear against one end of the series of frames therein.

42. In a beehivefthe combination of a brood chamber case positioned oblique to .the horizontal, brood frames therein, and

a plurality of supers adapted to fit upon the brood chamber case as surplus cases and to be thereby positioned oblique to the horizontal, the lowerinost super being interlocked :'.vith the case, and means applied to such lowermost super for retaining the one above in place.

43. In a beehive, the combination of a .brood chamber case positioned oblique to. the horizontal, brood frames therein, and a plurality of supers adapted to iit upon the brood chamber case as surplus cases and lto :be thereby positioned oblique to the horizontal, the lowerinost super being interlocked with the case, and a retainer adapted `to be interposed between the meeting edges `of the lowermost sides of two supers, such retainer consisting of a plate having a shoulder engaging the inner face ofthe lower super and another shoulder engaging the outer face of the upper super.

44. In a beehive, the combination of a stand having a supporting surface which is oblique to the horizontal, a brood chamber case mounted on such stand in oblique posii Copies of this patent may be obtained forve'cents each, by addressing the Washington, D. C.

tion, and brood frames pivoted within such case, said stand having end projections to form supports for a hive-turning instrument.

45. In a beehive, the combination of a stand, a brood chamber case thereon, and a hive-tilting device adapted to be pivotally applied to the stand and to engage an end of the case and when swung downwardly to tilt said case over on said end.

4G. In a beehive, the combination o stand,

a brood chamber case thereon provided with an end hand hold, and a hive-turning device comprising a frame arranged to be pivotally applied to the stand and having a block adapted to engage said hand hold.

47. In a beehive, the combination of a stand, a brood chamber case thereon provided with an end hand hold, and a hiveturning devicev comprising' a frame arranged'to be pivotally applied to the stand and having a block adapted to engage said hand hold, said block being adjustable in the frame. 4 y v 48j In a beehive, the combination of a stand, a brood chamber case thereon provided with an end hand hold, and a hiveturning device comprising a frame arranged to be pitovally applied to the stand and having a block adapted to engage `said hand hold, said block being movablein the frame, and a cam for operating the block.

49. In a beehive, the combination of a stand, a brood chamber case thereon, anda j hive-turning device comprising a frame adapted to be pivotally applied to the stand l and having means of engagement with the case, said frame being arranged to be swung downwardly Vto turn the case over on its end. j

50. In a beehive, the combination of a stand, a brood chamber case thereon, and a hive-turning device adapted to be pivotally applied to the' stand and to engage the case and when swung downwardly, to turn said case on its end, said device having an adjustable leg or support.

5l. In a beehive, the combination of a stand, a brood chamber casethereon, and a hive-turning device adapted to be pivotally applied to the v.stand and to engage the case and when swung downwardly, to turn said case on its end, said device having a combined handle and support. i

52. In a beehive, the combination` of a stand, a brood chamber case thereon, anda hive-turning device adapted to be pivotally applied to the stand and to engage the case and when swung downwardly, to turn said case on its end, said device having a combined handle and support which is adjustably mounted in such device. j j

53. In a beehive, the Vcombination of a stand having end projections near Vits base, a brood chamber case removably mounted upon the stand, and a hive-turning device comprising a frame, a cross piece to which such frame is pivoted and which is arranged to rest upon said projections of the stand, and means on the frame for engaging thel case. x

54. Ina beehive, the combination oi a stand, a brood Achamber case thereon, a top cover for the case, and a hive turning device adapted to be pivotallyv applied tothe stand and to engage the case and, when swung downwardly, to turn said case and cover on end, said device having a spring adapted to bear upon theucover whensuch device is applied.

55. In a beehive, the combination of a brood chamber case arranged in an oblique position, a plurality of supers thereon, and a removable retainer located between the meeting edges of two supers and engaging both to holdvt-hem Vin position.l

i 56. In a beehive, the combination of a brood chamber cause arranged in an Voblique position, a plurality of supers thereon, and a removable' retainer located between the meeting edges of two`supers and engaging both to holdV the upper one in' position, such retainer consisting of a plate having Va shoulder engaging the Vinner sidei'of the lower super and 'anothershoulder engaging the outer side of the uppery super.

57. A honey frame comprising a trarne proper having projections along a side thereof, and' honeyV boxes adapted to' fit against such projections, leaving a halfbeespace on said side.

58. A honey frame comprising a frame vproper having separators 4secured thereto and projections along a side thereof, and honeyY boxes adapted t against such projections. v

' 'ALBERT BL ANTHONY Vitnesses: A 1 j S. E. I-IiBBE'N,

ROBERT DOBBERMAVN.'

Commissioner of Patents. 

